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Master Reflective & Refractory Metals
Stable 532nm energy coupling for consistent processing of Pure Cu, W, Ta, Nb and their alloys.
Micro-Precision Forming
15-40µm fine laser spot enabling intricate lattices and down to 0.08mm thin walls.
Engineered for R&D Efficiency
Fully open parameters with minimized powder volume for agile material development.
Product Introduction
The XH-M160G is a versatile green laser AM system engineered for highly reflective and refractory metals (Cu, W, Ta, Nb).
Equipped with a proprietary 532nm green fiber laser (500W/700W), it overcomes the absorption limits of infrared lasers.
Designed for laboratories and R&D, it features fully unlocked processing parameters and a minimized powder volume requirement, enabling cost-effective material development and flexible process tuning.
Mastering Copper & Refractory Metals (W, Ta, Nb)
By leveraging the high absorption rate of the 532nm green laser, the system overcomes energy coupling barriers, delivering parts with superior mechanical and thermal properties for challenging materials:
Pure Copper Performance:
Density: ≥99.8%
Electrical Conductivity: ≥101%
IACS Thermal Conductivity: ≈400 W/(m·K)
Min. Wall Thickness: 0.1 mm
Refractory Metals Performance:
Material: W, Ta, Nb & Alloys
Density: ≥99% (Tungsten)
Min. Wall Thickness: 0.08 mm (Ultra-fine structures)
Open Platform & Agile R&D
Built for exploration.
The system features fully open process parameters and requires minimal powder volume for start-up.
This allows researchers to rapidly test new materials and iterate geometries with low cost and high flexibility.
High Absorption Efficiency for Highly-Reflective & Refractory Metals
The 532nm green laser offers ~10x higher absorption for Pure Copper compared to IR lasers.
This enables not only high-speed processing of copper alloys but also the stable melting of Refractory Metals (W, Ta, Nb), effectively eliminating defects caused by unstable energy coupling.
Software
The M160G is equipped with self-developed ADR BP and ADR Print software.
Supports simultaneous printing of multiple workpieces with different layer thicknesses
Allows users to independently set process parameters for different areas of the model
Intelligent data monitoring for real-time detection of oxygen levels, pressure, and temperature, along with real-time alerts. The system will automatically stop the machine in case of any failure, ensuring safe and reliable printing
XH-M160G
Data Download
| Model | XH-M160G |
| Build Volume | 160*160*200mm ① |
| Laser Source | Continuous single-mode green fiber laser, wavelength 532nm, optional with 500W,700W |
| Spot Diameter | 20-40μm |
| Focusing System | F-theta lens focusing |
| Printing Speed | 10-30cm³/h |
| Layer Thickness | 20-120μm |
| Machine Dimension | 1280*1200*2000mm |
| Machine Weight | Approx. 1.2T |
| Compatible Materials | Pure Copper, Copper Alloys, Titanium Alloys, Stainless Steel, Pure Tungsten, Tungsten Alloys, Aluminum Alloys and Other Higjly Reflective Metals, Refractory Metals, Composite Materials (Cu-based Diamond Composite, Cu-based Graphene), Other Common Metal Materials. |
| Note: (1) Height of build plate is not included |
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Customer Case
TPMS Liquid Cold Plates
Advantage: Monolithic, braze-free construction featuring complex TPMS lattices (Gyroid/Diamond) for optimal flow distribution.
Result: Boosts heat transfer by 28% while lowering flow resistance and effectively minimizing critical hot spots.
High-Precision Tungsten Grid
Advantage: High-absorption Green Laser PBF optimized for refractory Tungsten. Eliminates IR laser thermal cracking.
Result: Stable, crack-free monolithic grids featuring ~80 µm ultra-thin walls.
Teardrop-Shaped Liquid Cold Plates
Advantage: Advanced teardrop geometry for optimal fluid dynamics.
Result: Drastically reduces flow resistance, boosting heat transfer while lowering pump energy costs.
Monolithic Pure Copper Induction Coil
Advantage: Seamless pure copper (100% IACS) with custom conformal cooling.
Result: Eliminates common leak points and significantly minimizes thermal fatigue, delivering a vastly extended service life.
Conformal Channel Liquid Cold Plate
Advantage: True 3D conformal routing with internal fin/pin/needle hybrids. Impossible via traditional machining.
Result: Maximizes heat-transfer surface area to ensure highly uniform thermal distribution across complex components.
CuCrNb Lattice
Advantage: Utilizes the highly stable energy absorption of the Green Laser system to process complex CuCrNb lattices, successfully preventing the thermal distortion inherent in refractory alloys.
Result: Validates high-speed manufacturing capabilities for intricate aerospace structures, rapidly producing a highly accurate 268g (φ98mm) part in just 3 hours.
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For on-demand manufacturing, part production, and instant quotes, please visit our dedicated Service Bureau platform by clicking the button to the right.
Printing Service
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Shenzhen Addireen Technologies Co., Ltd.
Building 7, Detai Technology Park, Dalang Street, Longhua District, Shenzhen, Guangdong, China.
(+86) 193-5719-8013
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